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Dobie5
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Hey everyone. Question! If the probability of A is .3 and the probability of B is .8, can A and. B be mutually exclusive? This is confusing me!
Mutually exclusive probabilities refer to events or outcomes that cannot occur at the same time. This means that if one event happens, the other event cannot happen simultaneously.
The probability of mutually exclusive events A and B can be calculated by adding the individual probabilities of each event. This can be represented by the formula P(A or B) = P(A) + P(B).
No, the combined probability of mutually exclusive events cannot be more than 1. This is because the events cannot occur at the same time, so the total probability of all possible outcomes must equal 1.
Mutually exclusive probabilities can be seen in many real-life situations, such as flipping a coin. The outcomes of getting heads and tails are mutually exclusive because only one can occur at a time. This concept is also used in statistics and decision-making, where the probability of one event happening may affect the probability of another event occurring.
No, mutually exclusive events are not always independent. This means that the probability of one event happening does not affect the probability of the other event occurring. However, in some cases, mutually exclusive events can be dependent on each other if they are influenced by the same factors or conditions.